Quote: |
A (mem)brane is a multidimensional object, usually called p-brane, referring to its spatial dimensionality p — for example, a string is a 1-brane and a flat surface is a 2-brane. There are different forms of branes: the D-branes of zero to nine dimensions that arise in string theory, NS5-branes also in string theory, and M2- and M5-branes in M-theory. |
Quan Chi2 wrote: |
So what do you suppose these branes look like? I mean the ones with nine dimensions. Im trying so hard to picture it. |
Muskrat wrote: |
What I don't understand is why you think gravitational force is a particle. |
blah-er wrote: |
They also think light is a partical, |
K' wrote: |
[..]
r it may be inside of a black hole. |
blah-er wrote: |
... light needs something to be reflected, and the black hole is sucking all the particles that the light is need to reflect, in to the black hole.
... If some one can find a bug in this theory, go right ahead. |
blah-er wrote: |
Also the plane theory, on how he says all the planets rest on a plane, and if you go thought that plane, you go through a wormhole, and can travel at the speed of light to the next end of the plane... Well, he didn't really know exactly how big the universe was, he point of view only went to our galaxy (maybe even just our solar system, but I doubt that), all the galaxy's aren't straight aligned, the revolve in a 3d manner, and since there moving in different directions, that would mean the plane is stretching out. |
blah-er wrote: |
As I said, I don't agree with eistien's realitivity theory ( I didn't exatly say that exact theory, but I forgot the name at the time.), I think of gravity being more like a magnetical force, and not a curve in space and time. |
blah-er wrote: |
Time is not really a object, that can be grasped, or see, it's just a way that we use for our visualization and detail. |
blah-er wrote: |
Also, einstein says somewhere, that there is a dimension for each possibility, which makes no sense. That would mean that there would be {HUGE number here} dimensions creating every nanosecond. Not only does that disprove the tenth dimension stuff, but it also means it disproves the law, that "matter can not be created or destroyed". |
blah-er wrote: |
Sometimes, it's just better to start at the beginning of things, so you don't get confused with older data, just like in rewriting a program. Think out-side of the box, for once, and recreate it. Just because most people think of something being true, because one person said it was, doesnt mean it is. |
blah-er wrote: |
Also, einstien says somewhere, that there is a dimension for each possibility, which makes no sense. That would mean that there would be {HUGE number here} dimensions creating every nanosecond. Not only does that disprove the tenth dimension stuff, but it also means it disproves the law, that "matter can not be created or destroyed". |
Quote: |
December 14, 1900, is called the birthday of quantum mechanics. On this date German physicist Max Planck first presented his new quantum concepts. At this time it was generally thought that the classical physics of Isaac Newton fully explained all the physical processes of nature. Planck instead showed that many deep mysteries remained. For the past century, scientists have struggled with the meaning and implications of quantum mechanics. There are several different quantum interpretations, some of them quite philosophical. Certain experimental results agree with quantum theory to astounding accuracy. Other quantum predictions appear to defy common sense. A few scientists, both secular and creationist, reject the validity of quantum mechanics entirely. Creationist Thomas Barnes has offered one alternative model (Barnes, 1983). |
K' wrote: |
blah-er, please go fetch me a formula for the exact location of an electron at a given time, don't return until you do. |